Student Solutions Manual – Microelectronic Circuit Design, 6th Edition (Jaeger & Blalock), Verified Complete Solutions

1.1


Solutions
Manual
Microelectronic
Circuit Design,
By Jaeger &
Blalock



6th Edition

,1.2
Answering Model
MachineAlarm AirplanesMp3
Clock Automatic Player
Door Automatic Musical Greeting
Lights Atm CardsMusical Tuner
Automobile: Pagers
Engine Controller Personal Computer
Temperature Personal Planner/Organizer (Pda)
ControlAbs Radar Detector
Electronic Dash Broadcast Radio (Am/Fm/Shortwave)
Navigation Razor
System Satellite Radio
Automotive Tune-Up Receiver Security
EquipmentBaggage Scanner Systems Sewing
Bar Code Machine Smoke
ScannerBattery Detector Sprinkler
Charger System Stereo System
Cable/Dsl Modems And Amplifier
RoutersCalculator Cd/Dvd Player
Camcorder Receiver
Carbon Monoxide Tape Player
DetectorCash Register Stud Sensor
Cd And Dvd Players Talking Toys
Ceiling Fan (Remote) Telephone
Cellular Phones Telescope
Coffee Maker Controller
Compass Thermostats
Copy Machine Toy Robots
Cordless Phone Traffic Light Controller
Depth Finder Tv Receiver & Remote
Digital Camera ControlVariable Speed
Digital Watch Appliances
Digital Voice Blender
RecorderDigital Scale Drill
Digital Thermometer Mixer
Electronic Dart Food Processor
BoardElectric Guitar Fan
Electronic Door Bell Vending Machines
Electronic Gas Pump Video Game
Elevator Controllers
Exercise Wireless Headphones &
MachineFax SpeakersWireless Thermometer
Machine Fish Workstations
Finder
Garage Door Electromechanical Appliances*
OpenerGps Air Conditioning And Heating
Hearing Aid SystemsClothes Washer And Dryer
Invisible Dog Dish Washer
Fences Laser Pointer Electrical
Lcd Projector Timer
Light Dimmer Iron, Vacuum Cleaner,
Keyboard Synthesizer ToasterOven, Refrigerator,
Keyless Entry System Stove, Etc.
Laboratory Instruments
Metal Detector *These Appliances Are Historically Based Only
Microwave Oven UponOn-Off (Bang-Bang) Control. However,

,1.3
Many Of The
High End
Versions Of
These
Appliances
Have Now
Added
Sophisticated
Electronic
Control.

, 1.4

B  19.97 X 100.199720201960  14.5 X 1012  14.5 Tb/Chip

1.3  
(A  
) 0.1977Y2 1960 0.1977Y Y  0.1977Y Y 
19.97x10
B2    10 So 2  10




2 1 2 1
0.1977Y1 1960
B1 19.97x10
Log2
Y2  Y1   1.52 Years
0.1977
Log10
(b) Y2  Y1   5.06 Years
0.1977


1.4

N  1610x100.1548
20201970
 8.85 X 1010 Transistors/P

1.5
0.1548Y2 1970
 0.1548Y Y 
N 1610x10


2
0.1548Y1 1970




 10 2 1

N1 1610x10
Log2
(a) Y2  Y1   1.95 Years
0.1548
Log10
(b) Y2  Y1   6.46 Years
0.1548

0.0580620201970
1.6 F  8.00x10 M  10 Nm .

No, This Distance Corresponds To The Diameter Of Only A Few Atoms. Also, The
Wavelength Of TheRadiation Needed To Expose Such Patterns During Fabrication Is
Represents A Serious Problem.

1.7
From Fig. 1.4, There Are Approximately 600 Million Transistors On A Complex Pentium Iv
Microprocessor In 2004. From Prob. 1.4, The Number Of Transistors/P Will Be 8.85 X 1010.
In 2020. Thus There Will Be The Equivalent Of 8.85x1010/6x108 = 148 Pentium Iv
Processors.




6/9/06